Abstract: Various devices, systems, methods, and apparatuses utilize mechanical assemblies to prevent, detect, and/or mitigate objects from entering or moving close to or under a treadmill or exercise machine. In some embodiments, a guard, or guard assembly, is attached or otherwise fixed to a rear area of a treadmill. The guard assembly may include an end cap and pivoting guard configured to be retrofit to existing treadmills, such as to a rear end or area of a deck or frame of a treadmill.

Abstract: Various devices, systems, methods, and apparatuses utilize mechanical assemblies to prevent, detect, and/or mitigate objects from entering or moving close to or under a treadmill or exercise machine. In some embodiments, a guard, or guard assembly, is attached or otherwise fixed to a rear area of a treadmill. The guard assembly may include an end cap and pivoting guard configured to be retrofit to existing treadmills, such as to a rear end or area of a deck or frame of a treadmill.

Abstract: A system for providing golf swing information including a body, a force sensor, and a controller. The body can include a bottom portion configured to rest on a ground surface and can include a top portion. The force sensor can be connected to the top portion of the body. The force sensor can be engageable with a foot of a user performing a golf swing. The force sensor can be configured to generate a force signal based on a force generated by the foot of the user during the golf swing. The control module comprising can include a housing and a speaker connected to the housing and configured to generate an audible indication. The controller can be connected to the housing and can be in communication with the force sensor. The controller can be configured to operate the speaker to generate the audible indication based on the force signal.

Abstract: Examples include interrupting a processing resource based on a last interrupt request indicator and a work acknowledgement. Some examples include completion of work associated with a plurality of work units, storage of a last interrupt request indicator to specify a last completed work unit that includes a request to interrupt a processing resource, comparison of work unit information associated with the last interrupt request indicator with work unit information associated with a work acknowledgement generated by the processing resource, and interrupting the processing resource when the comparison indicates that the processing resource has not processed the completed work unit indicated by the last interrupt request indicator.

Abstract: Examples include interrupting a processing resource based on a last interrupt request indicator and a work acknowledgement. Some examples include completion of work associated with a plurality of work units, storage of a last interrupt request indicator to specify a last completed work unit that includes a request to interrupt a processing resource, comparison of work unit information associated with the last interrupt request indicator with work unit information associated with a work acknowledgement generated by the processing resource, and interrupting the processing resource when the comparison indicates that the processing resource has not processed the completed work unit indicated by the last interrupt request indicator.

Abstract: The assembly (10) for admitting combustion air to the engine of a motorcycle comprises: an air filter (12); a housing (11) for mounting at the top portion of the motorcycle and forming a support for the air filter (12); an air inlet module (13) fitted to the housing and including at least one movable shutter (131, 131?); control means for controlling the movements of the shutter (131, 131?); and assembly means (17, 171-174) for assembling the assembly at the top portion (21) of the motorcycle. The air filter (12) is generally annular and subdivides the inside volume of the housing (11) into a radially inner chamber and a radially outer chamber. The radially inner chamber is fed with air through the air inlet module (13), while the radially outer chamber forms, around the air filter (12), a chamber for stabilizing the flow of air downstream from the filter.

Abstract: The assembly (10) for admitting combustion air to the engine of a motorcycle comprises: an air filter (12); a housing (11) for mounting at the top portion of the motorcycle and forming a support for the air filter (12); an air inlet module (13) fitted to the housing and including at least one movable shutter (131, 131?); control means for controlling the movements of the shutter (131, 131?); and assembly means (17, 171-174) for assembling the assembly at the top portion (21) of the motorcycle. The air filter (12) is generally annular and subdivides the inside volume of the housing (11) into a radially inner chamber and a radially outer chamber. The radially inner chamber is fed with air through the air inlet module (13), while the radially outer chamber forms, around the air filter (12), a chamber for stabilizing the flow of air downstream from the filter.

Abstract: This casing (1) comprises a hollow body in which various housings are arranged suitable for receiving items of equipment of the motorcycle, in particular a front headlight insert (38) and/or a display (42) and/or turn signal lamps (44), first means (28) for attaching the hollow body (2) to a first location of the motorcycle front fork, and second means (30, 34, 36) for attaching the hollow body to a second location of the motorcycle front fork.

Abstract: A tooth shade guide having the general configuration of the artificial tooth to be placed in a patient's mouth, and of the same materials and thickness as the artificial tooth. The tooth shade guide can be temporarily held in place in the exact location the artificial tooth will occupy in order to observe the tooth shade match vis-avis the adjacent teeth.